public HotAura( SpellTemplate st, Mobile c, Mobile t, int d, int dur, int freq )
{
if ( t.Dead )
return;
spell = st;
from = c;
target = t;
heal = d;
duration = dur;
frequency = freq;
PeriodicAura( new AuraPeriodicEffect( this.PeriodicDamage ), dur, freq );
}
public DrainHealthAura( SpellTemplate st, Mobile c, Mobile t, int d, int dur, int freq )
{
if ( t.Dead )
return;
spell = st;
from = c;
target = t;
dmg = (float)d;
duration = dur;
frequency = freq;
PeriodicAura( new AuraPeriodicEffect( this.PeriodicDrainHealth ), dur, freq );
}
public AutoShotEffect(Mobile _target,Mobile _caster,int tick,SpellTemplate _st,Item _ammo):base(WowTimer.Priorities.Milisec100,tick)
{
target = _target;
caster = _caster;
st = _st;
ammo = _ammo;
move = false;
}
public void AttackerStateUpdateForSpell(Mobile src, Mobile target,SpellTemplate st, int degats)
{
int offset = 4;
if ( degats <= 0 )
Converter.ToBytes( 0x22, tempBuff, ref offset );
else
Converter.ToBytes( 0x22, tempBuff, ref offset );
Converter.ToBytes( src.Guid, tempBuff, ref offset );
Converter.ToBytes( target.Guid, tempBuff, ref offset );
if ( degats < 0 )
Converter.ToBytes( 0, tempBuff, ref offset );
else
Converter.ToBytes( degats, tempBuff, ref offset );
Converter.ToBytes( (byte)1, tempBuff, ref offset );
Converter.ToBytes( 0, tempBuff, ref offset );
if ( degats > 0 )
Converter.ToBytes( (float)degats/*DamageType*/, tempBuff, ref offset );
else
Converter.ToBytes( 0, tempBuff, ref offset );
if ( degats < 0 )
Converter.ToBytes( 0, tempBuff, ref offset );
else
Converter.ToBytes( degats, tempBuff, ref offset );
Converter.ToBytes( st.Id, tempBuff, ref offset ); // additional spell damage id
Converter.ToBytes( st.Id, tempBuff, ref offset ); // additional spell damage id
if ( degats >= 0 )
Converter.ToBytes( 1, tempBuff, ref offset );
else
if ( degats == -1 )
Converter.ToBytes( 2, tempBuff, ref offset );// dodge
else
if ( degats == - 2 )
Converter.ToBytes( 9, tempBuff, ref offset );// parry
else
if ( degats == - 3 )
Converter.ToBytes( 4, tempBuff, ref offset );// interrupted
else
if ( degats == - 4 )
Converter.ToBytes( 5, tempBuff, ref offset );// block
else
if ( degats == - 5 )
Converter.ToBytes( 6, tempBuff, ref offset );// evade
else
if ( degats == - 6 )
Converter.ToBytes( 7, tempBuff, ref offset );// immune
else
if ( degats == - 7 )
Converter.ToBytes( 8, tempBuff, ref offset );// deflect
if ( degats == 0 )
Converter.ToBytes( 0xffffffff, tempBuff, ref offset );
else
Converter.ToBytes( 0, tempBuff, ref offset );
Converter.ToBytes( 0, tempBuff, ref offset );
Converter.ToBytes( 0, tempBuff, ref offset );
ToAllPlayerNear( OpCodes.SMSG_ATTACKERSTATEUPDATE, tempBuff, offset );
}
public void AISpellAttack( int forceCastSpell )
{
if ( this.knownAbilities.Count > 0 )// spell caster
{
SpellsTypes choosed = SpellsTypes.None;
int spellChoosed = 0;
#region Choice
IDictionaryEnumerator Enumerator = knownAbilities.GetEnumerator();
while (Enumerator.MoveNext())
{
cast.baseability = null;
cast.castingtime = 0;
cast.cool = 0;
cast.id = 0;
cast.manacost = 0;
cast.type = 0;
cast.duration =0;
cast.radius = 0;
int spell = (int)Enumerator.Key;
SpellsTypes type = (SpellsTypes)Enumerator.Value;
#region cast creation
{
BaseAbility ba;
ba = (BaseAbility)Abilities.abilities[spell];
if (ba is SpellTemplate)
{
SpellTemplate st;
st = (SpellTemplate)ba;
this.cast.castingtime = st.CastingTime(this);
this.cast.cool = st.CoolDown(this);
this.cast.id = st.Id;
this.cast.manacost = st.GetManaCost(this);
this.cast.type = (ushort)type;
this.cast.baseability = st;
int radius = st.Radius1;
if(st.Radius2 > radius) radius = st.Radius2;
if(st.Radius3 > radius) radius = st.Radius3;
if(ba is AuraEffect)
this.cast.duration = (ba as AuraEffect).Duration(this);
else cast.duration = 0;
this.cast.radius = (short)radius;
}
else
{
this.cast.castingtime = ba.CastingTime(this);
this.cast.cool = ba.CoolDown(this);
this.cast.id = ba.Id;
this.cast.manacost = 0;
this.cast.type = (ushort)type;
this.cast.baseability = ba;
this.cast.duration = 0;
this.cast.radius = 0;
}
}
#endregion
if ( type == SpellsTypes.Healing && this.HitPoints < this.BaseHitPoints / 2 )
{
if ( cast.baseability is SpellTemplate )
{
SpellTemplate st = (SpellTemplate)cast.baseability;
if ( cast.manacost <= Mana )
{
if ( forceCastSpell > 0 && spell == forceCastSpell )
{
choosed = type;
spellChoosed = spell;
forceCastSpell = 0;
break;
}
}
}
}
else
if ( type == SpellsTypes.Curse )
{
}
else
if ( type == SpellsTypes.Defensive )
{
BaseAbility ba = Abilities.abilities[ spell ];
if ( ba is AuraEffect )
{
AuraEffect ae = (AuraEffect)ba;
bool alreadyCasted = false;
foreach( AuraReleaseTimer art in aura )
if ( art.ae == ae )
{
alreadyCasted = true;
break;
}
if ( !alreadyCasted && cast.manacost <= Mana )
{
if ( forceCastSpell > 0 && spell == forceCastSpell )
{
choosed = type;
spellChoosed = spell;
forceCastSpell = 0;
break;
}
}
}
}
else
if ( type == SpellsTypes.Offensive && AttackTarget != null && !AttackTarget.Dead )
{
BaseAbility ba = Abilities.abilities[ spell ];
if ( ba is SpellTemplate )
{
SpellTemplate st = (SpellTemplate)ba;
if ( cast.manacost <= Mana )
{
if ( spellChoosed == 0 )
{
if ( forceCastSpell > 0 && spell == forceCastSpell )
{
choosed = type;
spellChoosed = spell;
forceCastSpell = 0;
break;
}
}
}
}
}
}
#endregion
#region Apply decision
if ( spellChoosed != 0 )
{
SpellTemplate st = (SpellTemplate)Abilities.abilities[ spellChoosed ];
switch( choosed )
{
case SpellsTypes.Healing:
beingCasting = st;
if ( SpellTemplate.SpellEffects[ cast.id ] is SingleTargetSpellEffect )
SingleTargetCastSpell( this, cast.id, 0x8000 );
else
if ( SpellTemplate.SpellEffects[ cast.id ] is OnSelfSpellEffect )
{
CastOnSelf( false, cast.id, 0 );
}
break;
case SpellsTypes.Defensive:
beingCasting = st;
if ( SpellTemplate.SpellEffects[ cast.id ] is SingleTargetSpellEffect )
SingleTargetCastSpell( this, cast.id, 0x8000 );
else
if ( SpellTemplate.SpellEffects[ cast.id] is OnSelfSpellEffect )
{
CastOnSelf( false, cast.id, 0 );
}
break;
case SpellsTypes.Offensive:
if ( AttackTarget == null )
break;
MoveTo( (float)( X + ( AttackTarget.X - X ) * 0.02f ), (float)( Y + ( AttackTarget.Y - Y ) * 0.02f ), (float)( AttackTarget.Z ) );
beingCasting = st;
if ( SpellTemplate.SpellEffects[ cast.id ] is SingleTargetSpellEffect )
SingleTargetCastSpell( AttackTarget, cast.id, 2 );//0x8000 );
else
if ( SpellTemplate.SpellEffects[ cast.id ] is OnSelfSpellEffect )
{
CastOnSelf( false, cast.id, 0 );
}
else
FakeCast( cast.id, AttackTarget, new WhenDone( this.SpellTakeEffect ) );
break;
}
}
#endregion
}
}
public bool ImmuneCheck(Mobile target, SpellTemplate a)
{
// test for immunity for non auras spells
if (target.ImmuneAllSpellsAndAbilites)
return true;
if (this.resistance == Resistances.Fire)
if (target.ImmuneFireSpell) return true;
if (this.resistance == Resistances.Frost)
if (target.ImmuneFrostSpell) return true;
if (this.resistance == Resistances.Armor)
if (target.ImmunePhysicalDamage) return true;
switch ( this.dispeltype)
{
case DispelType.Magic : if (target.ImmuneMagic) return true;break;
case DispelType.Disease: if (target.ImmuneDisease) return true;break;
case DispelType.Poison: if (target.ImmunePoison) return true;break;
}
return false;
}
